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. Author manuscript; available in PMC: 2020 Jan 2.
Published in final edited form as: Genet Med. 2019 Jul 2;21(12):2755–2764. doi: 10.1038/s41436-019-0576-0

Table 2.

Available information about genitourinary (GU) phenotype of patients reported in this study. Eleven patients have GU phenotype. This strongly suggests an important role for DYRK1A in GU tract development.

Case
Number
SNV Segregation Renal or GU Phenotype
P1 p.N151fs Mother negative, father's sample unavailable Mild unilateral pelviectasis (HP:0010946) and frequent UTIs (HP:0000010)
P2 p.K154fs De Novo Genital anomalies (HP:0000078)
P3 p.L164fs De Novo Kidney abnormalities (not specified; HP:0000077)
P4 p.G168fs De Novo Hypospadias (HP:0000047), micropenis (HP:0000054), and congenital chordee (HP:0000041)
P5 p.V173F De Novo Renal ultrasound is normal with normal genitalia on exam
P6 p.R205X De Novo Left renal agenesis (HP:0000122)
P7 p.L245R De Novo Left renal agenesis (HP:0000122)
P8 p.R263X De Novo Shawl scrotum (HP:0000049) and history bilateral orchiopexy (HP:0000028)
P9 p.S329fs De Novo Hypospadias (HP:0000047) and kidney abnormalities (tiny echogenic foci)
P10 p.G348R De Novo Normal renal ultrasound
P11 c.1098+1G>A De Novo Unknown
P12 p.A388fs Mother negative, Father is mosaic Frequent UTI (HP:0000010)
P13 p.K406fs De Novo Unknown
P14 p.R437X De Novo Unknown
P15 p.R437X Mother negative, father's sample unavailable Normal renal ultrasound
P16 p.R437X De Novo Normal renal ultrasound
P17 p.R467Q De Novo Unknown
P18 p.R467X De Novo Orchiopexy (HP:0000028) and inguinal hernia (HP:0000023)
P19 p.S494fs De Novo Bilateral inguinal hernias (HP:0000023) but no renal ultrasound